Observing
Cloud Native Apps

by enhancing Cloud Native Tools

Cloud Native monitoring based on open-source
Full observability of Applications and Kubernetes
Enhances the capabilities of open-source tools and brings them together in one integrated platform
Adds the functions and features missing in open-source tools
Provides advanced functions for discovery and visualization of Kubernetes and Applications
Uses AI models for application monitoring

For Open Source Lovers

Open source monitoring tools provide flexibility and customization to meet unique organizational needs. By leveraging these tools, businesses can gain valuable insights into their systems and improve overall efficiency.

Grafana

Is an open-source platform for data visualization and analysis. It allows you to create dashboards, alerts, and panels to gain insights into your data

Jaeger

Jaeger distributed tracing helps developers monitor and troubleshoot transactions in complex distributed systems

Opensearch

Provides a logging management platform together with security monitoring and analytics

Cortex

Horizontally scalable, highly available, multi-tenant, long term storage for Prometheus

Prometheus

collects and analyzes data from various sources. It provides valuable insights into system health and performance

OpenTelemetry

monitors and analyzes application performance, traces requests, identifies bottlenecks, and optimizes performance

Fluentd

an open-source log collector that unifies data collection and consumption. Helps to manage and analyze data in real-time

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Built for

Operations - Holistic views and Standard dashboards
SREs - Troubleshooting and Deep-dive tools
Developers - Application and service overviews

C9C features

CNCF SUPPORT FOR OPEN-SOURCE LOVERS

Native support for CNCF open-source tools in one GUI and fully integrated in the C9C platform. This gives the user the flexibility to add C9C to his already deployed landscape of tools.

HOLISTIC VIEWS

Users get a holistic view of every layer of their stack to pinpoint ongoing issues.

A view consists of different components like topology, managed objects or open alerts. The views can be filtered on the items and object types in the view for a better insight and troubleshooting.

TIMELINES

A timeline is available on every layer. A timeline delivers a way to go back in time to provide the view at a given time. By going back in time, changes can be seen, and the evolution of the view is depicted. This helps the user troubleshooting issues at a point in time in the past.

Discovery

The discovery component discovers the full Kubernetes cluster configuration and the application services and operations the are visualized via the layers in the GUI.

LAYERS

The layer is a grouping of all objects that belong to a domain. Layers can be hierarchical, i.e. layers can have sub-layers and are defined as a hierarchy of views for topology, managed objects and events.